Sentence examples for much larger computational from inspiring English sources

Such state-of-the-art models also enable better simulation of cloud microphysics, although they require much larger computational resources and loads.

Because finding the solution to the MDP formulation requires a much larger computational effort than required to solve the LP formulation, the latter seems to be the recommended approach for the Ad Network problem.

The former requires much larger computational power than the latter, for which results are compared with those of the well-established MCNP code showing good agreement, typically being within 30% of each other.

Although HEQ-MA has much larger computational complexity than feature compensation techniques, it can be still regarded as an efficient model adaptation technique compared to other more complex model adaptation techniques such as MLLR due to its predominantly simple algorithmic complexity.

The savings are ever more noticeable in the case of higher Péclet numbers, when larger physical times are needed to reach the asymptotic regime and thus, equivalently, much larger computational domain and simulation time would be needed in a traditional setup.

Using values larger than these show only a small performance improvement at a much larger computational burden.

Therefore, it can be said that HEQ-MA usually requires much larger amounts of computational load than HEQ-FC.

The outer-sphere model is only +35 kJ/mol higher in energy than the lowest energy inner-sphere model (Bi(B)) which is not much larger than the expected computational error (± 10 kJ/mol) for our computational methodology on water mineral oxide interfaces.

Assemblies with a k-mer length larger than 29 required much larger memory allocations and computational time and were more conservative than other assemblies resulting in diminishing returns in which larger k-mer word sizes produce few novel transcripts not present in other assemblies.

In this regard, Virtual Ligand Screening (VLS) represents a fast and cost-effective alternative, in which much larger libraries are screened by computational means [3], [4].

Interneurons represent a much larger fraction of nodes in computational motifs than their overall abundance in the network would imply, suggesting that they relay the bulk of the forward-processing information.